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Douglas E Bugner, Age 7035 Hearthstone Ln, Rochester, NY 14617

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Known as:
Doug E Bugner Darla Bugner
Related to:
Sarah J Bugner

Douglas Bugner Phones & Addresses

35 Hearthstone Ln, Rochester, NY 14617 (585) 336-9314 (585) 336-9657

Irondequoit, NY

444 Bluff Dr, Penn Yan, NY 14527 (315) 531-8540

4475 Bluff Dr, Penn Yan, NY 14527 (315) 531-8540

Keuka Park, NY

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Douglas Bugner resumes & CV records

Resumes

Douglas Bugner Photo 9

Director, Digital Print Materials R And D

Location:
Rochester, NY
Industry:
Printing
Work:
Eastman Kodak
Director, Digital Print Materials R and D Eastman Kodak Jul 2006 - Jul 2014
Senior Laboratory Head Eastman Kodak Jan 1999 - Jul 2006
Director, Product Commercialization and Technology, Consumer Inkjet Media, and Senior Lab Head Eastman Kodak Mar 1993 - Jan 1999
Manager, Inkjet Materials R and D Eastman Kodak Jul 1991 - Mar 1993
Manager, Chemical Technology Laboratory Eastman Kodak Mar 1988 - Jul 1991
Photoconductor Formulator Eastman Kodak Aug 1982 - Mar 1988
Polymer and Organic Chemist
Education:
Dartmouth College 1997 - 1997
University of California, Los Angeles 1976 - 1982
Doctorates, Doctor of Philosophy, Chemistry The Ohio State University 1972 - 1976
Bachelors, Bachelor of Science, Chemistry
Skills:
R&D, Inkjet, Commercialization, Patents, Design of Experiments, Digital Imaging, Cross Functional Team Leadership, Polymer Chemistry, Formulation, Materials, Coatings, Chemistry, Project Management, Product Development, Ink, Digital Printing, Materials Science, Polymers, Product Innovation, Intellectual Property, Thin Films, Characterization, Research and Development, Imaging Science, Surface Chemistry, Public Relations, Commercalization, Advanced Development, Formulation Development, Problem Solving, Media Relations Training, Food Packaging
Douglas Bugner Photo 10

Senior Laboratory Head At Eastman Kodak

Location:
Rochester, New York Area
Industry:
Printing

Publications & IP owners

Us Patents

Electrophotographic Toner Receiving Material

US Patent:
6365317, Apr 2, 2002
Filed:
Jan 30, 2001
Appl. No.:
09/772636
Inventors:
Gregory E. Missell - Penfield NY
Douglas E. Bugner - Rochester NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03G 1320
US Classification:
430124, 430 99
Abstract:
A receiver material, especially a receiver sheet, for electrophotographic thermoplastic toner particles provides toner images of photographic quality and high gloss in both the toned and untoned areas of the sheet. The paper support of the receiver material is protected against moisture damage by a thermoplastic hold-out layer on which is formed a thermoplastic toner receiving layer that is adhesively compatible with the toner and with the hold-out layer. The receiver material, including support, hold-out layer and toner receiving layer, has a volume resistivity of 1. 0Ã10 to 1. 0Ã10 ohm-cm and can be electrostatically charged by back-side charging to receive toner by electrostatic transfer.

Electrophotographic Toner Receiving Material

US Patent:
6440540, Aug 27, 2002
Filed:
Feb 13, 2002
Appl. No.:
10/074982
Inventors:
Gregory E. Missell - Penfield NY
Douglas E. Bugner - Rochester NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41M 500
US Classification:
428195
Abstract:
A receiver material, especially a receiver sheet, for electrophotographic thermoplastic toner particles provides toner images of photographic quality and high gloss in both the toned and untoned areas of the sheet. The paper support of the receiver material is protected against moisture damage by a thermoplastic hold-out layer on which is formed a thermoplastic toner receiving layer that is adhesively compatible with the toner and with the hold-out layer. The receiver material, including support, hold-out layer and toner receiving layer, has a volume resistivity of 1. 0Ã10 to 1. 0Ã10 ohm-cm and can be electrostatically charged by back-side charging to receive toner by electrostatic transfer.

Glossy Inkjet Recording Medium And Methods Therefor

US Patent:
7569255, Aug 4, 2009
Filed:
Sep 14, 2007
Appl. No.:
11/855377
Inventors:
Thomas J. Dannhauser - Pittsford NY, US
Douglas E. Bugner - Rochester NY, US
Sharon R. Girolmo - Livonia NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B05D 5/04
US Classification:
4274071
Abstract:
A method of manufacturing an ink-receiving medium comprising the steps of providing a support, treating the support with a salt of a multivalent metal cation, and coating upon one or each side of the support at least one porous ink-receiving top layer from an aqueous coating composition consisting of non-cationic components, wherein the non-cationic components comprise a binder and anionic particles of average particle size less than 2. 5 microns, wherein the ink-receiving top layer comprises at least 50% of the total solids by weight, such that the water-soluble salt of a multivalent metal cation is able to diffuse into the ink-receiving top layer, the method further comprising drying the coating and optionally calendering the coating. Also disclosed is inkjet media made from such method and a method of printing using such inkjet media.

Glossy Inkjet Recording Medium And Methods Therefor

US Patent:
8034422, Oct 11, 2011
Filed:
May 7, 2009
Appl. No.:
12/436816
Inventors:
Thomas J. Dannhauser - Pittsford NY, US
Douglas E. Bugner - Rochester NY, US
Sharon R. Girolmo - Livonia NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41M 5/00
US Classification:
428 3218, 428 3224, 428 3225, 428 3228, 428 3234, 428 3235
Abstract:
A manufacturing an ink-receiving medium comprising the steps of providing a support, treating the support with a salt of a multivalent metal cation, and coating upon one or each side of the support at least one porous ink-receiving top layer from an aqueous coating composition consisting of non-cationic components, wherein the non-cationic components comprise a binder and anionic particles of average particle size less than 2. 5 microns, wherein the ink-receiving top layer comprises at least 50% of the total solids by weight, such that the water-soluble salt of a multivalent metal cation is able to diffuse into the ink-receiving top layer, the method further comprising drying the coating and optionally calendering the coating. Also disclosed is inkjet media made from such method and a method of printing using such inkjet media.

Inkjet Printing Process

US Patent:
8398223, Mar 19, 2013
Filed:
Mar 31, 2011
Appl. No.:
13/076976
Inventors:
Douglas Eugene Bugner - Rochester NY, US
Barbara Boland Lussier - Rochester NY, US
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41J 2/17
US Classification:
347 95, 347100
Abstract:
A process for printing an image includes printing a substrate with an aqueous inkjet ink and drying the printed image with a near-infrared drying system, wherein the inkjet ink is a yellow or magenta inkjet ink and comprises a yellow or magenta colorant and a distinct near-infrared absorbing compound. Inkjet ink sets for use with an inkjet printing system employing a near-infrared drying system in the process include at least a black ink and a yellow ink, wherein the yellow ink comprises a yellow colorant and dispersed nanoparticulate colloidal silica at a concentration of from 0. 1 to about 10 wt %, and the black ink comprises a black colorant and dispersed nanoparticulate colloidal silica at a concentration of from 0 wt. % to at most of the wt. % of the dispersed nanoparticulate colloidal silica in the yellow ink.

Method For Making A High-Ink-Flux Glossy Coated Inkjet Recording Element On Absorbent Paper

US Patent:
2007020, Aug 30, 2007
Filed:
Feb 28, 2006
Appl. No.:
11/364712
Inventors:
Kenneth Ruschak - Rochester NY, US
Thomas Nicholas - Rochester NY, US
Douglas Bugner - Rochester NY, US
Terry Schultz - Hilton NY, US
International Classification:
B05D 7/00
US Classification:
427407100
Abstract:
A method for making inkjet recording element comprising an absorbent support, a porous base layer nearest the support, a porous ink-receiving intermediate layer above the base layer, and a porous ink-receiving upper layer above the intermediate layer, wherein the base layer and intermediate layers are each present in an amount of at least 25 g/mand the total dry weight coverage of the base layer, the intermediate layer, and the upper layer is 60 to 130 g/min order to handle high fluxes of ink compositions during printing and to provide high gloss upon calendering.

Photoelectrographic Imaging With Near-Infrared Sensitizing Dyes

US Patent:
5256510, Oct 26, 1993
Filed:
Mar 2, 1992
Appl. No.:
7/844082
Inventors:
Douglas E. Bugner - Rochester NY
William Mey - Rochester NY
Dennis R. Kamp - Spencerport NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
G03G 1509
US Classification:
430 83
Abstract:
The present invention relates to a photoelectrographic element having a conductive layer in electrical contact with an acid photogenerating layer which is free of photopolymerizable materials and contains an electrically insulating binder and acid photogenerator. A dye which absorbs near-infrared radiation is included in the photoelectrographic element so that the element, when used in electrostatic copying, can be exposed with near-infrared radiation. A method for forming images with this element is also disclosed.

Method Of Producing Recorded Images Having Enhanced Durability On A Variety Of Substrates

US Patent:
6264321, Jul 24, 2001
Filed:
Aug 14, 1997
Appl. No.:
8/907825
Inventors:
Douglas Eugene Bugner - Rochester NY
Alfred John Amell - Spencerport NY
Douglas Edward Garman - Webster NY
Assignee:
Eastman Kodak Company - Rochester NY
International Classification:
B41J 201
US Classification:
347101
Abstract:
A recording process is provided for producing recorded images having enhanced durability. The process includes applying droplets of ink by means of an ink-jet printer or a pen plotter in an image-wise fashion onto the surface of an ink-receiving layer supported on a transparent, plastic film support to record an image thereon, contacting the surface of the ink-receiving layer containing the recorded image against an opaque or transparent substrate to form a composite of the supported ink-receiving layer and the opaque or transparent substrate so that the ink-receiving layer containing the recorded image is positioned between the substrate and the transparent, plastic film support and then applying sufficient heat and pressure to the composite thus formed to adhere or laminate the supported ink-receiving layer to the substrate so that the recorded image is protected by the transparent, plastic film against abrasion, smearing, fading and water damage.

Possible Relatives

Kevin C Bugner  Mark E Bugner  Stephanie L Bugner  Douglas J Johnston  Douglas P Stanford  Douglas R Stangl  Douglas N Stanton  Douglas A Stark  Douglas J Starks  Douglas A Starr 

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